The research aims to develop control strategies for intelligent glazed facades and investigate the influence of different control strategies on energy and comfort performance in office buildings. The intelligent glazed facade is capable of controlling the thermal, solar and mass transmittance by controlling shutters, blinds and openings. The facade and building services are designed and controlled holistically to optimize the indoor comfort (thermal, visual comfort and indoor air quality) and minimize the energy demand by heating, cooling, lighting and ventilation. The study is conducted numerically utilising a simplified hourly calculation method developed to calculate yearly energy and comfort performance of an office room equipped with an intelligent facade. The simplified method is verified by the Danish dynamic building simulation tool BSim and experimental test in a full scale test facility at Aalborg University (Cube). Results show that the annual primary energy demand of an office building with intelligent glazed facade can be reduced by approx. 60% compared with the same building with a static facade. Utilising the properties of an intelligent glazed facade, buildings can more easily comply with the future Danish Building Class 2020 as stipulated in the Danish Building Regulation 2010, BR10. The comfort performance of the building can also be improved using an intelligent glazed fa ade. (C) 2015 Elsevier Ltd. All rights reserved.